30 results about "Window shutter" patented technology

The utility model discloses a novel sunshade inside -opening window, including center installation window frame, one side of center installation window frame is provided with the open -close installation window frame, the inside of open -close installation window frame is connected with the deflection installation window frame, the other side of center installation window frame is connected with sealed installation window frame, the inside of deflection installation window frame and sealed installation window frame all is provided with aluminium material buckling cover, the side of aluminium material buckling cover is connected with spliced aluminium profile, the utility model discloses a single piece of transparent sheet material installation notch installs single piece of transparent sheet material to the inside of spliced aluminium profile, and the shutter of installation is protected to the side through single piece of transparent sheet material, and through spliced shutter installation structure makes the subsequent overhaul and maintenance process of shutter more convenient, ensures that shutter structure can directly remove each component of aluminium material buckling cover side joint and maintains after damaging, further improves the use convenience of sunshade inside -opening window.

The utility model relates to the technical field of shutter, concretely is a double -deck hollow shutter, including the mounting frame, the position of one side inner wall of mounting frame near top and bottom all are established and placed the groove, and the position of inside and outside both sides of mounting frame near top and bottom all are established and installed the groove, the position of one side of top inner wall and bottom inner wall of mounting frame all are installed with micro motor. Through micro motor, drive gear, driven gear, rotating rod, connecting plate, shutter body, limit rod, protection board, electric push rod, sliding block, dustproof board and heat sink etc. The spare part setting can effectively solve the existing double -deck hollow shutter in the process of using existing existing double -deck hollow shutter exists such as need to open the shutter of outside, can only first open the shutter of inside, thereby causes the problem of complicated procedure, and only one side shutter can be opened in single time when using, cannot realize the shutter of inside and outside both sides simultaneously open or close operation.

A louvre arrangement (1) for a switchgear and / or distribution cabinet (100) comprising a first louvre element (2) which is designed and suitable for being arranged on the switchgear and / or distribution cabinet (100), characterized in that the louvre arrangement (1) comprises a second louvre element (3), wherein the first louvre element (2) and the second louvre element (3) are arrangable within one another and are telescopically displaceable relative to each other, wherein the second louvre element (3) is designed and suitable for being arranged on an external component (200) which is spaced apart from the switchgear and / or distribution cabinet (100), wherein the second louvre element (3) has at least one pre-embossed structure (4) which serves as at least one predetermined breaking point for an opening or recess (5) in the second louvre element (3).

This product is a blind mounting bracket that does not require drilling and can be attached to windows of buildings, etc. Specifically, as shown in Reference Figure 1, first attach this product to both ends of the blind's headrail (or headbox). Next, firmly press the projection on the left side of this product against the ceiling wall to secure it. Then, while lifting the right side, insert the groove into the window frame. Finally, remove the silicone cap and tighten it securely by turning the included hex wrench clockwise to increase the frictional force between both ends of this product and the wall. Reference Figure 2 shows the intended state of use. Note that an electric mechanism for driving the opening and closing of the blind is provided inside the mounting bracket.

A storm shutter system for integration into a window or door frame includes a shutter frame having a vertical aluminum tube frame and one or more shutter tracks configured to guide movement of a storm shutter. An aluminum box is connected to the top of the vertical aluminum tube frame and includes a hood defining an interior space that houses a rod for rolling and storing the storm shutter. A slat anti-shock tube is formed integrally with and positioned beneath the hood, the tube including three edges arranged at right angles and one rounded edge corner that defines a transition region where the storm shutter enters the hood during rolling operation. The rounded edge corner reduces vibration and noise and inhibits entry of debris or water into the hood. A roll-up mechanism within the aluminum box rotates the rod to move the storm shutter between open and closed positions.

In a shutter device 1 equipped with a sheet-type shutter curtain 3, the front sealing material 12, one of the sealing materials 12 and 13 provided before and after the intake opening 10 of the shutter curtain 3, is made easily visible from below for inspection. [Solution] The front sealing material 12 is provided on the rear upright surface portion 7ce of the case bottom plate 7c, and positioned lower than the swallowing opening 10. This makes it easier to see from below compared to when it is provided at the swallowing opening 10, thereby improving maintainability.

A shutter hinge (11) is proposed which also takes on the function of a shutter holder.

A decorative lighting kit for installation on a window blind assembly of the type having a headrail supporting a plurality of slats depending therefrom and an aesthetic valance attached to the headrail for concealing the headrail. The decorative lighting kit includes a plurality of light mount assemblies, each assembly comprises a support, and a headrail clip and a light clip affixed opposite ends of the support. The headrail clip is selectively engageable and disengageable with the headrail. An extrusion has two spaced apart legs forming a generally inverted U-shape defining a channel therein. The extrusion is engageable in the light clips and is substantially equal to the length of the headrail. Also included is a length of strip light receivable in the channel, and a lens substantially of a similar length as the length of the inverted U-shaped extrusion and receivable between ends of the legs of the extrusion.

The present disclosure is directed to a tool-less mounting system that allows powered window accessories, such as powered shades / blinds, for example, to be connected directly to the inside face of a fenestration frame. Mounting features of the mounting system may include a hook or hook-like extension or protrusion that extends from either the accessory or the fenestration unit. These mounting features may include a corresponding aperture or opening into the other of the accessory or fenestration unit. The hook or hook-like features may be referred-to as a “QuickHook” in some embodiments of the present disclosure. The QuickHook is meant to allow quick, tool-less connection and disconnection of the accessory / to the window frame, while allowing for power delivery and optional control signals between the accessory and a power source, such as photovoltaic glass, in the fenestration unit.

The present application relates to a kind of detachable replacement type middle louvre, comprising: main frame, first glass plate, second glass plate, spacer frame, movable frame, closed assembly and louvre assembly;Movable frame rotates to closed state, mounting frame is in contact with spacer frame, mounting frame, first glass plate, second glass plate and spacer frame are combined to form a sealed cavity, and louvre assembly is located inside the sealed cavity;Pressurizing component is set to one side of mounting frame, for applying pressure to mounting frame towards spacer frame;Movable frame rotates to open state, and mounting frame can be removed from limiting slot.Through unlocking and rotating movable frame, maintenance personnel can repair or replace louvre assembly, and movable frame is rotated to closed state again, and pressure is applied to mounting frame towards spacer frame by pressurizing component;So that mounting frame and spacer frame are more closely contacted, so that after replacing louvre assembly, the sealed cavity can still be restored to sufficient sealing state.

To provide slats and blinds with a shape that can improve shading performance when fully closed without significantly altering the design of conventional slats. [Solution] The slats 120 are tiltably supported by a ladder cord 130 and are used in a blind 100 in which, in the fully closed state, the lower slat 120 and the adjacent upper slat 120 overlap in the front-rear direction to form an overlapping region DA. The slats have a width W and a height H in the short direction, and their shape is asymmetrical from the center in the short direction. In the overlapping region DA, the distance between the lower slat 120 and the lower end of the upper slat 120 is narrower or nonexistent than that of a symmetrical slat with a width W and height H in the short direction and a symmetrical arc shape from the center in the short direction. Therefore, it is possible to improve the shielding performance in the fully closed state without significantly changing the design of conventional slats.

A shutter assembly including a shutter-style window covering; and at least one mounting clip, wherein the shutter-style window covering includes an outer frame that defines an aperture; and at least one shutter door which includes a door frame and a plurality of vanes that are rotatably coupled to the door frame, wherein the vanes have a first orientation in which completely obscure an aperture defined by the door frame, and a second orientation in which they partially obscure the aperture; wherein the or each shutter door is hingedly coupled to the outer frame; wherein the outer frame defines at least one mounting clip receiving portion; wherein the or each mounting clip is detachably coupled to a respective one of the mounting clip receiving portion; and wherein the clip includes a window engagement portion via which the mounting clip may be detachably coupled to a window.

The application discloses an automatic dust removal shutter and an energy storage cabinet. The shutter comprises a shutter main body, filter cotton arranged on the shutter main body and used for filtering air flowing through the shutter main body, and a dust removal device comprising a cavity arranged on an air outlet side of the shutter main body and an air source assembly in communication with the cavity. An opening is arranged on a first side of the cavity facing the filter cotton, so that the air enters and exits the cavity through the opening. A second side of the cavity is arranged to be openable and closable. In a first state, the air in the cavity is discharged from the second side of the cavity. In a second state, the air source assembly is used to introduce high-pressure gas into the cavity, and the high-pressure gas in the cavity is discharged from the first side of the cavity. The shutter of the application removes dust on the filter cotton by using the impact generated by high-pressure release, so that the filter cotton does not need to be replaced again.

To provide a control system for electric blinds that allows for more flexible control of the slats according to sunlight conditions. [Solution] The control system for an electric blind is a control system for an electric blind equipped with multiple slats, comprising: a sunshine determination unit that determines multiple sunshine conditions; and a control unit that acquires sun position information and controls the opening and closing angles of the multiple slats based on the sun position information and the sunshine conditions determined by the sunshine determination unit. The control unit controls the opening and closing angles of the multiple slats to obtain a corrected control angle by adding or subtracting one of a plurality of different correction angles set for each of the multiple sunshine conditions to the shading angle determined based on the sun position information.

The sheet-like material attached to the elastic sealing member is less likely to get caught on the edge of the shutter opening when the shutter is opened and closed. [Solution] A shutter opening 97a is formed that can communicate with a toner outlet 96a through which toner flows out, and a shutter 97 is provided that slides to open and close the toner outlet 96a. An opening 98a is formed that communicates with the toner outlet 96a, and an elastic sealing member 98 is provided that is attached to the edge so as to seal the gap between the shutter 97 and the edge of the toner outlet 96a. An opening 99a is formed that communicates with the toner outlet 96a, and a sheet-like member 99 is provided that is attached to the opposing surface 98x of the elastic sealing member 98 that faces the shutter 97. The sheet-like member 99 has a bent portion 99b formed that is bent away from the shutter 97, with the end in the direction corresponding to the upstream side in the opening direction of the shutter 97 as the bending source.

The application provides an electric shutter, which comprises a lifting mechanism, a turnover mechanism, a scissor linkage mechanism and a shutter assembly. The shutter assembly comprises a plurality of shutter groups. The scissor linkage mechanism is arranged on both sides of the shutter assembly and extends along the height direction of the shutter assembly. Each shutter group is connected with the scissor linkage mechanism on both sides. The lifting mechanism is connected with the scissor linkage mechanism and can drive the scissor linkage mechanism to extend or retract along the height direction of the shutter assembly, so that the plurality of shutter groups are folded upward or unfolded downward. The turnover mechanism comprises a transmission rod and a turnover power source. The turnover power source is connected with the transmission rod and drives the transmission rod to rotate. The transmission rod extends along the height direction of the shutter assembly. At least one side of each shutter group is connected with the transmission rod. When the transmission rod rotates, the plurality of shutter groups can be turned around the axis. The user experience is better.

The application belongs to the technical field of photoelectric conversion and image display, and particularly relates to a visualized shutter based on self-power generation of light and a shutter leaf unit thereof. The visualized shutter based on self-power generation of light comprises a window frame, a plurality of shutter leaf units, a visualizing device and a control and communication module. Each shutter leaf unit comprises a blade and a solar cell integrated on the outer surface of the blade, the plurality of blades are sequentially connected to the window frame and are configured to be rotatable relative to the window frame; the visualizing device is configured to form graphic information on the inner surface of each blade; the control and communication module is integrated in the window frame and is configured to control the operation of the plurality of solar cells and the visualizing device and to transmit signals to external devices, and the control and communication module and the visualizing device are powered by the plurality of solar cells.

A retractable shutter and screen system for a balcony includes a horizontal box structure located adjacent to a ceiling of the balcony and containing a rollable shutter material and a rollable screen material, an assembly positioned at an outermost portion of the balcony underneath the horizontal box structure, wherein the assembly includes a vertically oriented support structure, a first vertical extrusion positioned inwardly behind the support structure and including a first vertical track to guide the shutter material as the shutter material is deployed downwardly from the horizontal box structure, a second vertical extrusion positioned inwardly behind the first vertical extrusion and including a second vertical track to guide the screen material as the screen material is deployed downwardly from the horizontal box structure, an enclosure panel positioned inwardly behind the second vertical extrusion, and brackets mounted inwardly behind the second vertical extrusion to engage and support the enclosure panel.

A venetian blind bracket includes a base plate with an extending portion and an assembly portion containing an assembly hole. A connecting plate includes vertical and horizontal portions. The vertical portion features an installation hole and the horizontal portion a through-hole. A locking plate with a pressing portion and a positioning portion that engages between the vertical portion when assembled in the installation hole. A first adjusting member extends through the assembly hole. A second adjusting member extends through the through-hole. A pushing member that is assembled at the second adjusting member abuts against the pressing portion. The pushing member, driven by the second adjusting member, drives the locking plate toward or away from the base plate, enabling convenient adjustment of the bracket position for securing venetian blinds and window rods with improved stability and ease of adjustment after installation.

This product is a blind mounting bracket that does not require drilling and can be attached to windows of buildings, etc. Specifically, as shown in Reference Figure 1, first attach this product to both ends of the blind's headrail (or headbox). Next, firmly press the projection on the left side of this product against the ceiling wall to secure it. Then, while lifting the right side, insert the groove into the window frame. Finally, remove the silicone cap and tighten it securely by turning the included hex wrench clockwise to increase the frictional force between both ends of this product and the wall. Reference Figure 2 illustrates the intended use.

This invention discloses a low-carbon, green double-layer window based on passive energy-saving technology, comprising a frame and two window panels located inside the frame. A middle curtain with unrolling and rewinding functions and two isolation seats are provided between the first and second window panels. The middle curtain includes multiple functional sections such as a flow section, an energy-collecting section, a louver section, a mesh section, and a purification section. The isolation seats are located on both sides of the middle curtain, and each isolation seat is equipped with an exhaust assembly. The double-layer window of this invention features a flexible solar panel installed on the middle curtain between the two window panels, which can convert and utilize the solar energy from the outer wall, providing dynamic energy saving, thermal insulation, and low-carbon green functionality. The multiple functional sections on the middle curtain, combined with the isolation seats, enable the window to perform solar energy conversion, active ventilation, and air purification functions, making it both functional and practical.

The invention relates to a shutter-frame assembly (20) for a motor vehicle, said assembly (20) comprising at least one shutter (3), a bodywork element (5) forming a frame, and a sealing gasket (22), said shutter (3) being configured to be movably mounted on the motor vehicle and to cooperate with said frame, said shutter (3) comprising a structural element (7), an outer skin (9) covering said structural element (7), said gasket (22) extending between the shutter (3) and said at least one bodywork element (5);characterized in that said sealing gasket (22) comprises at least three portions (25, 27, 29): a fixing portion (25) configured to fix said gasket (22) to the flap (3), a contact portion (27) configured to be in contact with said bodywork element (5), a connecting portion (29) connecting the fixing portion (25) to the contact portion (27), the contact portions (27) and connecting portion (29) extending in planes substantially orthogonal to each other. Figure to be published with the abbreviation: [Fig. 4];

The utility model discloses a ventilating rainproof shutter, under the first state, air can penetrate first airflow passageway, under the second state, rainwater drives first rotating part to rotate, to first rotating part whole downward inclination, rainwater flows along first rotating part to between first rotating part and lead -in portion, and / or, under the second state, rainwater drives second rotating part to rotate, to second rotating part whole downward inclination, rainwater flows along second rotating part to between second rotating part and first guide portion, air can penetrate second airflow passageway, under the third state, airflow drives first rotating part to rotate, and / or, under the third state, airflow drives second rotating part to rotate, air can penetrate third airflow passageway, and the fluctuation of third airflow passageway is greater than the fluctuation of first airflow passageway. The utility model discloses a ventilating rainproof shutter, when meeting the weather of rainfall, can be automatically closed, and after rainwater evaporation, can be automatically opened.

The application discloses a dustproof shutter for an energy storage container, which comprises a shutter shell, a first shutter blade group and a second shutter blade group. The shutter shell has a cavity, an air inlet window and an air outlet window. The first shutter blade group comprises a plurality of first shutter blades, and a first air duct is formed between two adjacent first shutter blades. In a direction from the air inlet window to the air outlet window, the height of the first air duct gradually increases. The second shutter blade group comprises a plurality of second shutter blades, and a second air duct is formed between two adjacent second shutter blades. In the direction from the air inlet window to the air outlet window, the height of the second air duct gradually increases. In the direction from the air inlet window to the air outlet window, air can pass through the air inlet window, the first air duct and the second air duct in sequence and be discharged from the air outlet window. The dustproof shutter for the energy storage container can guide air to the upper part of the container through the first air duct and the second air duct, so that the air can fully contact heat generating components in the upper part of the energy storage container, and the heat dissipation efficiency is improved.

The application relates to a curved wind and sand prevention shutter. The shutter comprises a window frame, a shutter plate arranged at one end of the inner side of the window frame, a wind and sand prevention mechanism arranged at the other end of the inner side of the window frame and located at the back side of the shutter plate, a first frame and a screen net. The outer wall of the first frame is attached to the inner wall of the window frame, the screen net is arranged on the inner side of the first frame, a water overflow plate is arranged at the top of the side of the first frame facing the shutter plate, the water overflow plate extends along the width direction of the first frame, a water inlet pipe is arranged between the water overflow plate and the first frame, and the water inlet pipe is used for conveying water in the water overflow plate. The application can efficiently prevent wind and sand while reducing the influence on the ventilation efficiency.

The present invention relates to a window shutter (1) and its mounting method. This shutter comprises, in particular, a frame (2) whose uprights (5) are formed of a main profile (7) and a secondary profile (8) which can be assembled or separated, the secondary profile (8) being able to be coupled with a hook slat of a group of slats of the shutter (1) and the main profile (7) being assembled with crossbars to form the frame (2). Figure for the abstract: Fig. 5.